internal STModel GetST(Identifier name)
{
STModel st = null;
if (stMap.TryGetValue(name.Name, out st))
return st;
else
{
BekProgram prog = null;
if (bekMap.TryGetValue(name.Name, out prog))
{
if (converter == null) //same local functions for all bek programs
converter = BekConverter.MkBekToSTbConverter(solver, prog.ast.funcs, prog.ast.name);
st = converter.Convert(prog).ExploreBools().ToST();
st.Name = name.Name;
stMap[name.Name] = st;
return st;
}
else
{
throw new QueryParseException(name.Line, name.Pos, string.Format("Undefined transducer: {0}", name));
}
}
}
internal Expression(Identifier symb, ExpressionKind kind, params Expression[] exprs)
{
this.symbol = symb;
this.kind = kind;
this.subexpressions = new List<Expression>(exprs);
}
internal SFAModel GetSFA(Identifier name)
{
SFAModel sfa = null;
if (sfaMap.TryGetValue(name.Name, out sfa))
return sfa;
else
throw new QueryParseException(name.Line, name.Pos, string.Format("Undefined automaton '{0}'", name.Name));
}
internal Expression(string symb, ExpressionKind kind, params Expression[] exprs)
{
this.symbol = new Identifier(symb,1,1) ;
this.kind = kind;
this.subexpressions = new List<Expression>(exprs);
}
public DotExpression(Expression expr, Identifier count)
: base("dot", ExpressionKind.Query, expr)
{
int k;
if (!int.TryParse(count.Name, out k))
throw new Bek.Query.QueryParseException(count.Line, count.Pos, "Invalid element count");
NrOfElements = k;
}
public VariableExpression(Identifier s)
: base(s, ExpressionKind.Variable)
{
}
internal static StringExpression Mk(Identifier id)
{
return new StringExpression(id, PreProcessString(id.Name));
}
StringExpression(Identifier id, string s_val)
: base(id, ExpressionKind.Automaton)
{
this.s_value = s_val;
}
